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import { HttpClient, HttpHeaders, HttpParams } from '@angular/common/http';
import { Observable, Subscription, interval, of, map, startWith, exhaustMap, timer, BehaviorSubject } from 'rxjs';
import { Signal, SignalData, SignalsData, SignalSample, SampleStats, SignalStats, SignalsPreset, ForcedSignal } from '../models/signals';
import { TwinPadStatus, ServicesStatus, Slash } from '../models/status';
import { ListResponse, CommandResponse } from '../models/response';
import { Device, DeviceSetup, Mode, DeviceState } from '../models/devices';
import { EventRule, Event, TwinPadActivity } from '../models/events';
import { Campaign, Phase } from '../models/campaign';
import { Command } from '../models/commands';
import { GraphTheme, LineStyle } from '../models/colorSetting';
import { catchError, switchMap } from 'rxjs/operators';
import { Video } from '../models/videos';
import { CustomView } from '../models/customView';
import { User } from '../models/users';
import { jwtDecode } from 'jwt-decode';
import { FormGroup } from '@angular/forms';
import { AccessToken, AccessTokenPayload } from '../models/token';
import { InitService } from './init.service';
import { Router } from '@angular/router';
@Injectable({
providedIn: 'root'
})
export class TwinpadApiService {
// TODO: if api url search fails, display a global error and retry
loggedInUserBehaviorSubject$: BehaviorSubject<boolean>;
cloudStatusSubscription: Subscription;
cloudStatusBehaviorSubject$: BehaviorSubject<TwinPadStatus>;
devicesSubscription: Subscription;
devicesBehaviorSubject$: BehaviorSubject<Device[]>;
devicesRefreshTime: number = 3;
statusRefreshTime: number = 10;
constructor(protected http: HttpClient, private initService: InitService) {
// TODO: if api url is null, maybe repoll periodicallly and display a message to user that no backend is found
this.loggedInUserBehaviorSubject$ = new BehaviorSubject(this.isTokenValid());
this.cloudStatusBehaviorSubject$ = new BehaviorSubject(new TwinPadStatus(new ServicesStatus("up")));
this.devicesBehaviorSubject$ = new BehaviorSubject<Device[]>([]);
this.initService.isUrlFound$.subscribe({
next: isUrlFound => {
Eif (isUrlFound) {
this.loggedInUserSubscribe();
this.cloudStatusBehaviorSubject$.next(new TwinPadStatus(new ServicesStatus("up")));
}
else {
this.cloudStatusBehaviorSubject$.next(new TwinPadStatus(new ServicesStatus("down")));
timer(1000 * this.statusRefreshTime).subscribe(() => {
initService.findApiUrl();
});
}
}
});
}
protected apiRequest<T>(
endpoint: string,
method: 'GET' | 'POST' | 'PATCH' | 'PUT' | 'DELETE' = "GET",
options?: {
body?: any; // eslint-disable-line @typescript-eslint/no-explicit-any
params?: HttpParams | { [param: string]: string | string[] | number };
headers?: HttpHeaders | { [header: string]: string | string[] };
responseType?: 'json';
}
): Observable<T> {
if (endpoint[0] == '/') {
endpoint = endpoint.slice(1);
}
const url = `${this.initService.apiUrl}/${endpoint}`;
switch (method) {
case 'POST':
return this.http.post<T>(url, options?.body, options);
case 'PUT':
return this.http.put<T>(url, options?.body, options);
case 'PATCH':
return this.http.patch<T>(url, options?.body, options);
case 'DELETE':
return this.http.delete<T>(url, options);
case 'GET':
return this.http.get<T>(url, options);
default:
console.error('Unrecognized method', method);
throw new Error("Unrecognized method");
}
}
// Generic periodic function
callPeriodically<T>(
method: () => Observable<T>,
period: number,
initialDelay: number = 0
): Observable<T> {
return new Observable(observer => {
const subscription = timer(initialDelay).pipe(
switchMap(() => interval(period).pipe(startWith(0))),
exhaustMap(() =>
method().pipe(
catchError(err => {
return new Observable<T>(subscriber => {
subscriber.error(err);
subscriber.complete();
});
})
)
)
).subscribe({
next: value => observer.next(value),
error: err => observer.error(err),
complete: () => observer.complete()
});
return () => {
subscription.unsubscribe();
};
});
}
// Generic periodic function
callPeriodicallyBehaviorSubject<T>(
method: () => Observable<T>,
behaviorSubject: BehaviorSubject<T>,
period: number,
initialDelay: number = 0,
): Subscription {
const subscription = timer(initialDelay).pipe(
switchMap(() => interval(period).pipe(startWith(0))),
exhaustMap(() =>
method().pipe(
catchError((err) => {
return new Observable<T>((subscriber) => {
subscriber.error(err);
subscriber.complete();
});
})
)
)
).subscribe({
next: (value) => behaviorSubject.next(value),
error: (err) => behaviorSubject.error(err),
complete: () => behaviorSubject.complete()
});
// Return the BehaviorSubject's subscription
return subscription;
}
getVersion(): Observable<Slash> {
return this.apiRequest<Slash>("");
}
private getStatus(): Observable<TwinPadStatus> {
return this.apiRequest<TwinPadStatus>("status").pipe(
map((response: TwinPadStatus) => {
// Deserialize response into TwinPadStatus instance. Move this to models?
const services = Object.assign(new ServicesStatus('down'), response['services']);
const status = Object.assign(new TwinPadStatus(services), response);
status.services = services;
if ((this.devicesSubscription === undefined || this.devicesSubscription.closed) && status.services.backend === "up") {
this.deviceSubscribe();
}
return status;
}),
catchError(error => {
console.error('Error fetching status:', error);
// Return a custom object in case of error
const services = new ServicesStatus("down");
const status = new TwinPadStatus(services);
return of(status);
})
);
}
getSignalStats(): Observable<SignalStats> {
return this.apiRequest<SignalStats>("signals/stats");
}
private getDevices(): Observable<Device[]> {
return this.apiRequest<Device[]>("devices");
}
getDevice(device_id: string): Observable<Device> {
return this.apiRequest<Device>(`devices/${device_id}`);
}
getDeviceSetups(): Observable<DeviceSetup[]> {
return this.apiRequest<DeviceSetup[]>("device-setups");
}
getDeviceSetup(device_setup_id: string): Observable<DeviceSetup> {
return this.apiRequest<DeviceSetup>(`device-setups/${device_setup_id}`);
}
deleteDeviceSetup(device_setup_id: string): Observable<DeviceSetup> {
return this.apiRequest<DeviceSetup>(`device-setups/${device_setup_id}`, "DELETE");
}
getDeviceStates(device_id: string, limit: number, offset: number = 0, sort_by: string, modified_properties: string[]): Observable<ListResponse<DeviceState>> {
const params: HttpParams = new HttpParams({ fromObject: { limit: limit, offset: offset, sort_by: sort_by, modified_properties: `in:${modified_properties}` } });
return this.apiRequest<ListResponse<DeviceState>>(`devices/${device_id}/states`, "GET", { params: params });
}
getNumberSamples(min_timestamp: number, max_timestamp: number, recomputeAmount: boolean = false): Observable<TwinPadActivity[]> {
const params = new HttpParams({ fromObject: { min_timestamp: min_timestamp, max_timestamp: max_timestamp, recompute_amount: recomputeAmount } });
return this.apiRequest<TwinPadActivity[]>("number-samples", "GET", { params: params });
}
getSignals(limit: number, offset: number = 0, filter: string | null = null, device_id: string | null = null, signalIds: string[] | null = null, sortBy: string | null = null): Observable<ListResponse<Signal>> {
let params: HttpParams = new HttpParams({ fromObject: { limit: limit, offset: offset } });
const signalIdFilter = [];
if (device_id !== null) {
signalIdFilter.push(`startswith:${device_id}`);
}
if (signalIds !== null) {
signalIdFilter.push(`in:[${signalIds.join(',')}]`);
}
if (filter !== null) {
signalIdFilter.push(`contains:${filter}`);
}
if (sortBy !== null) {
params = params.set("sort_by", sortBy);
}
if (signalIdFilter.length) {
params = params.set("signal_id", signalIdFilter.join("|"));
}
return this.apiRequest<ListResponse<Signal>>("signals", "GET", { params: params }).pipe(
map((response: ListResponse<Signal>) => {
const signals = [];
for (const item of response['items']) {
const device = Object.assign(new Device(), item['device']);
const signal = Object.assign(new Signal(), item);
signal.device = device;
signals.push(signal);
}
response = Object.assign(new ListResponse(), response);
response.items = signals;
return response;
})
);
}
getSignalsIds(): Observable<string[]> {
return this.apiRequest<string[]>("signals/ids");
}
getSignalsForcibility(signalIds: string[]): Observable<Map<string, boolean>> {
return this.apiRequest<{ [key: string]: boolean }>("/signals/forcibility", "GET", { params: { signal_ids: signalIds } }).pipe(
map((response) => {
const newMap: Map<string, boolean> = new Map();
for (const [key, value] of Object.entries(response)) {
newMap.set(key, value);
}
return newMap;
})
);
}
getForcedSignals(limit: number, offset: number = 0, sortBy: string[]): Observable<ListResponse<ForcedSignal>> {
let params: HttpParams = new HttpParams({ fromObject: { limit: limit, offset: offset } });
params = params.set("sort_by", sortBy.join(','));
return this.apiRequest<ListResponse<ForcedSignal>>("signals/forced", "GET", { params: params });
}
getSignal(signal_id: string): Observable<Signal> {
return this.apiRequest<Signal>(`signals/${signal_id}`).pipe(
map((response: Signal) => {
// Deserialize
return Object.assign(new Signal(), response);
}));
}
getSignalData(signal_id: string, number_samples_max: number = 5000): Observable<SignalData> {
return this.apiRequest<SignalData>(`signals/${signal_id}/data`, "GET", { params: { number_samples_max: number_samples_max } });
}
getSignalNumberSamples(signal_id: string): Observable<SampleStats> {
return this.apiRequest<SampleStats>(`signals/${signal_id}/number-samples`).pipe(
map((response: SampleStats) => {
return response;
})
);
}
getSignalsData(signal_ids: string[], number_samples_max: number = 5000, min_timestamp: number | null = null, max_timestamp: number | null = null, interpolateBounds: boolean): Observable<SignalsData> {
let params: HttpParams = new HttpParams({ fromObject: { signal_ids: signal_ids, number_samples_max: number_samples_max, interpolate_bounds: interpolateBounds } });
Eif (min_timestamp !== null) {
params = params.set("min_timestamp", min_timestamp);
}
Eif (max_timestamp !== null) {
params = params.set("max_timestamp", max_timestamp);
}
return this.apiRequest<SignalsData>(`signals-data`, "GET", { params: params }).pipe(
map((response: SignalsData) => { return SignalsData.deserialize(response); })
);
}
getSignalsDataWithInterestWindow(signal_ids: string[], windowMaxNumberSamples: number = 300, outsideMaxNumberSamples: number = 300,
windowMinTs: number | null = null, windowMaxTs: number | null = null,
minTimestamp: number | null = null, maxTimestamp: number | null = null): Observable<SignalsData> {
let params: HttpParams = new HttpParams({ fromObject: { signal_ids: signal_ids, window_max_number_samples: windowMaxNumberSamples, outside_max_number_samples: outsideMaxNumberSamples } });
Eif (windowMinTs !== null) {
params = params.set("window_min_timestamp", windowMinTs);
}
Eif (windowMaxTs !== null) {
params = params.set("window_max_timestamp", windowMaxTs);
}
Eif (minTimestamp !== null) {
params = params.set("min_timestamp", minTimestamp);
}
Eif (maxTimestamp !== null) {
params = params.set("max_timestamp", maxTimestamp);
}
return this.apiRequest<SignalsData>("signals-data/interest-window", "GET", { params: params }).pipe(
map((response: SignalsData) => { return SignalsData.deserialize(response); })
);
}
getSignalValue(signal_id: string) {
return this.apiRequest<SignalSample>(`signals/${signal_id}/last-value`).pipe(
map((response: SignalSample) => {
// Deserialize
return Object.assign(new SignalSample(), response);
}));
}
getSignalFirstValue(signal_id: string) {
return this.apiRequest<SignalSample>(`signals/${signal_id}/first-value`).pipe(
map((response: SignalSample) => {
// Deserialize
return Object.assign(new SignalSample(), response);
}));
}
getSignalValues(signal_ids: string[]) {
const params: HttpParams = new HttpParams({ fromObject: { signal_ids: signal_ids } });
return this.apiRequest<SignalSample[]>(`signals/last-value`, "GET", { params: params }).pipe(
map((response: SignalSample[]) => {
// Deserialize
const samples = [];
for (const response_sample of response) {
samples.push(Object.assign(new SignalSample(), response_sample));
}
return samples;
}));
}
getSignalValuesWithInterestWindow(signal_ids: string[], minTimestamp: number) {
const params: HttpParams = new HttpParams({ fromObject: { signal_ids: signal_ids, min_timestamp: minTimestamp } });
return this.apiRequest<SignalSample[]>(`signals/last-value/interest-window`, "GET", { params: params }).pipe(
map((response: SignalSample[]) => {
// Deserialize
const samples = [];
for (const response_sample of response) {
samples.push(Object.assign(new SignalSample(), response_sample));
}
return samples;
}));
}
getSignalFirstValues(signal_ids: string[]) {
const params: HttpParams = new HttpParams({ fromObject: { signal_ids: signal_ids } });
return this.apiRequest<SignalSample[]>("signals/first-value", "GET", { params: params }).pipe(
map((response: SignalSample[]) => {
// Deserialize
const samples = [];
for (const response_sample of response) {
samples.push(Object.assign(new SignalSample(), response_sample));
}
return samples;
}));
}
changeDeviceMode(device: Device, newMode: Mode) {
return this.apiRequest<CommandResponse>(`devices/${device.device_id}`, "PATCH", { body: { mode_id: newMode.mode_id } });
}
sendSignalCommand(signal: Signal, value: number | string | boolean, forced_value: number | string | boolean | null) {
return this.apiRequest<CommandResponse>(`signals/${signal.signal_id}`, "PATCH", { body: { value: value, forced_value: forced_value } });
}
sendSignalForcedValue(signal: Signal, forced_value: number | string | boolean) {
return this.apiRequest<CommandResponse>(`signals/${signal.signal_id}`, "PATCH", { body: { forced_value: forced_value } });
}
sendSignalUnforce(signalId: string) {
return this.apiRequest<CommandResponse>(`signals/${signalId}`, "PATCH", { body: { forced_value: null } });
}
checkIfCanControlSignal(signal: Signal) {
return this.apiRequest<boolean>(`signals/${signal.signal_id}/can-force`);
}
getEvents(limit: number, offset: number = 0, sortBy: string[], timestamp_min: number | null = null, timestamp_max: number | null = null, eventRuleId: string | null = null): Observable<ListResponse<Event>> {
let params = new HttpParams({ fromObject: { limit: limit, offset: offset } });
params = params.set("sort_by", sortBy.join(','));
const timestamp_req: string[] = [];
Iif (timestamp_min !== null) {
timestamp_req.push('gte:' + timestamp_min.toString());
}
if (timestamp_max !== null) {
timestamp_req.push('lte:' + timestamp_max.toString());
}
if (timestamp_req.length > 0) {
params = params.set("timestamp", timestamp_req.join('|'));
}
Iif (eventRuleId !== null) {
params = params.set("event_rule_id", eventRuleId);
}
return this.apiRequest<ListResponse<Event>>("events", "GET", { params: params });
}
getEvent(eventId: string): Observable<Event> {
return this.apiRequest<Event>(`events/${eventId}`).pipe(
map((response: Event) => {
// Deserialize
const eventRule = Object.assign(new EventRule(), response['event_rule']);
const event = Object.assign(new Event(), response);
event.event_rule = eventRule;
return event;
}));
}
getNumberEvents(min_timestamp: number, max_timestamp: number, recomputeAmount: boolean = false): Observable<TwinPadActivity[]> {
const params = new HttpParams({ fromObject: { min_timestamp: min_timestamp, max_timestamp: max_timestamp, recompute_amount: recomputeAmount } });
return this.apiRequest<TwinPadActivity[]>("number-events", "GET", { params: params });
}
getNumberCommands(min_timestamp: number, max_timestamp: number, recomputeAmount: boolean = false): Observable<TwinPadActivity[]> {
const params = new HttpParams({ fromObject: { min_timestamp: min_timestamp, max_timestamp: max_timestamp, recompute_amount: recomputeAmount } });
return this.apiRequest<TwinPadActivity[]>("number-commands", "GET", { params: params });
}
getEventRules(limit: number, offset: number = 0, sortBy: string[]): Observable<ListResponse<EventRule>> {
let params = new HttpParams({ fromObject: { limit: limit, offset: offset } });
params = params.set("sort_by", sortBy.join(','));
return this.apiRequest<ListResponse<EventRule>>("event-rules", "GET", { params: params });
}
getEventRule(eventRuleId: string): Observable<EventRule> {
return this.apiRequest<EventRule>(`event-rules/${eventRuleId}`).pipe(
map((response: EventRule) => {
// Deserialize
const event_rule = Object.assign(new EventRule(), response);
return event_rule;
}));
}
downloadSignalsDataZip(file_format: string, signal_ids: string[], min_timestamp: number | null = null, max_timestamp: number | null = null): Observable<Blob> {
let params: HttpParams = new HttpParams({ fromObject: { file_format: file_format, signal_ids: signal_ids } });
Iif (min_timestamp !== null) {
params = params.set("min_timestamp", min_timestamp);
}
Iif (max_timestamp !== null) {
params = params.set("max_timestamp", max_timestamp);
}
return this.apiRequest<Blob>("signals-data/export_zip", "GET", { params: params, responseType: 'blob' as 'json' },);
}
downloadSignalsDataHDF5(signal_ids: string[], min_timestamp: number | null = null, max_timestamp: number | null = null): Observable<Blob> {
let params: HttpParams = new HttpParams({ fromObject: { signal_ids: signal_ids } });
Iif (min_timestamp !== null) {
params = params.set("min_timestamp", min_timestamp);
}
Iif (max_timestamp !== null) {
params = params.set("max_timestamp", max_timestamp);
}
return this.apiRequest<Blob>("signals-data/export_hdf5", "GET", { params: params, responseType: 'blob' as 'json' },);
}
getCampaigns(): Observable<Campaign[]> {
return this.apiRequest<Campaign[]>("campaigns");
}
getCampaignById(campaignId: string): Observable<Campaign> {
return this.apiRequest<Campaign>(`campaigns/${campaignId}`);
}
addCampaign(campaignName: string, campaignDescription?: string): Observable<object> {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: { "name": campaignName, "description": campaignDescription }
};
return this.apiRequest("campaigns", "POST", options);
}
editCampaign(campaignId: string, campaignName: string, campaignDescription?: string): Observable<object> {
const options = { headers: new HttpHeaders().set('Content-type', 'application/json'), body: { "name": campaignName, "description": campaignDescription } };
return this.apiRequest(`campaigns/${campaignId}`, "PATCH", options);
}
deleteCampaign(campaignId: string): Observable<object> {
return this.apiRequest(`campaigns/${campaignId}`, "DELETE");
}
getPhases(campaignId: string): Observable<Phase[]> {
return this.apiRequest<Phase[]>(`campaigns/${campaignId}/phases`);
}
getPhase(phaseId: string): Observable<Phase> {
return this.apiRequest<Phase>(`phases/${phaseId}`);
}
addPhase(campaignId: string, phaseName: string, phaseDateStart: number, phaseDateEnd: number, phaseDescription?: string): Observable<Phase> {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: { "name": phaseName, "description": phaseDescription, "start_at": phaseDateStart, "end_at": phaseDateEnd, "campaign_id": campaignId }
};
return this.apiRequest("phases", "POST", options);
}
editPhase(phaseName: string, phaseDateStart: number, phaseDateEnd: number, campaignId: string, phaseId?: string, phaseDescription?: string,) {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: { "name": phaseName, "description": phaseDescription, "start_at": phaseDateStart, "end_at": phaseDateEnd, "campaign_id": campaignId }
};
return this.apiRequest(`phases/${phaseId}`, "PATCH", options);
}
deletePhase(phaseId?: string) {
return this.apiRequest(`phases/${phaseId}`, "DELETE");
}
getVideos(): Observable<Video[]> {
return this.apiRequest<Video[]>("videos");
}
getStream(video_id: string): Observable<string> {
return this.apiRequest<string>(`videos/${video_id}`);
}
getCommands(limit: number, offset: number = 0, filter: string | null = null, sortBy: string[], minTimestamp: number, maxTimestamp: number): Observable<ListResponse<Command>> {
let params: HttpParams = new HttpParams({ fromObject: { limit: limit, offset: offset } });
const descriptionFilter = [];
Iif (filter !== null) {
descriptionFilter.push(`contains:${filter}`);
}
Iif (descriptionFilter.length) {
params = params.set("description", descriptionFilter.join("|"));
}
params = params.set("sort_by", sortBy.join(','));
const timestamp_req: string[] = [];
Iif (minTimestamp !== undefined) {
timestamp_req.push('gte:' + minTimestamp.toString());
}
Iif (maxTimestamp !== undefined) {
timestamp_req.push('lte:' + maxTimestamp.toString());
}
Iif (timestamp_req.length > 0) {
params = params.set("sent_at", timestamp_req.join('|'));
}
return this.apiRequest<ListResponse<Command>>("commands", "GET", { params: params });
}
getCustomViews(): Observable<CustomView[]> {
return this.apiRequest<CustomView[]>("custom-views", "GET");
}
getCustomViewsFromUserId(userId: string): Observable<CustomView[]> {
return this.apiRequest<CustomView[]>(`users/${userId}/custom-views`, "GET");
}
getCustomViewById(customViewId: string): Observable<CustomView> {
return this.apiRequest<CustomView>(`custom-views/${customViewId}`, "GET");
}
createCustomView(customView: CustomView): Observable<CustomView> {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: { "name": customView.name, "user_id": customView.user_id, "configuration": customView.configuration }
};
return this.apiRequest<CustomView>("custom-views", "POST", options);
}
updateCustomView(customView: CustomView): Observable<CustomView> {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: { "name": customView.name, "user_id": customView.user_id, "configuration": customView.configuration }
};
return this.apiRequest<CustomView>(`custom-views/${customView.id}`, "PATCH", options);
}
deleteCustomView(customViewId: string): Observable<boolean> {
return this.apiRequest<boolean>(`custom-views/${customViewId}`, "DELETE");
}
getUserSignalsPresets(): Observable<SignalsPreset[]> {
return this.apiRequest<SignalsPreset[]>(`signals-presets`, "GET");
}
getSignalsPresetById(signalsPresetId: string): Observable<SignalsPreset> {
return this.apiRequest<SignalsPreset>(`signals-presets/${signalsPresetId}`, "GET");
}
createSignalsPreset(name: string, signalIds: string[]): Observable<string> {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: { "name": name, "signal_ids": signalIds }
};
return this.apiRequest<string>("signals-presets", "POST", options);
}
updateSignalsPreset(signalsPreset: SignalsPreset): Observable<SignalsPreset> {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: { "name": signalsPreset.name, "signal_ids": signalsPreset.signal_ids }
};
return this.apiRequest<SignalsPreset>(`signals-presets/${signalsPreset.id}`, "PATCH", options);
}
deleteSignalsPreset(signalsPresetId: string): Observable<boolean> {
return this.apiRequest<boolean>(`signals-presets/${signalsPresetId}`, "DELETE");
}
createGraphTheme(newTheme: GraphTheme) {
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: newTheme
};
return this.apiRequest<GraphTheme>("/graph-themes", "POST", options);
}
getGraphThemes() {
const params: HttpParams = new HttpParams({ fromObject: { sort_by: "created_by_user:-1" } });
return this.apiRequest<ListResponse<GraphTheme>>("/graph-themes", "GET", { params: params });
}
getFavoriteGraphThemes() {
return this.apiRequest<ListResponse<GraphTheme>>("/graph-themes/own");
}
updateGraphTheme(themeId: string, themeUpdate: GraphTheme) {
const updateDict: { [key: string]: string | boolean | LineStyle } = {};
for (const [key, value] of Object.entries(themeUpdate)) {
Eif (value !== undefined) {
updateDict[key] = value;
}
}
const options = {
headers: new HttpHeaders().set('Content-type', 'application/json'),
body: updateDict
};
return this.apiRequest<GraphTheme>(`/graph-themes/${themeId}`, "PATCH", options);
}
getSignalsGraphThemes(signalIds: string[]) {
const params: HttpParams = new HttpParams({ fromObject: { signal_ids: signalIds } });
return this.apiRequest<object>("/signals-appearances", "GET", { params: params });
}
deleteGraphTheme(themeId: string) {
return this.apiRequest(`/graph-themes/${themeId}`, "DELETE");
}
getToken() {
return localStorage.getItem("accessToken");
}
getTokenPayload(): AccessTokenPayload | null {
const token = this.getToken();
if (token === null) {
return null;
}
return jwtDecode<AccessTokenPayload>(token);
}
isAdminfromToken() {
const payload = this.getTokenPayload();
if (payload === null) {
return false;
}
return payload.admin;
}
logout() {
localStorage.removeItem('accessToken');
this.loggedInUserBehaviorSubject$.next(false);
}
redirectToLogin(router: Router) {
const params: { [key: string]: string } = {};
if (window.location.pathname !== "/") {
params["redirectTo"] = window.location.pathname?.slice(1);
}
router.navigate(['/login'], { queryParams: params });
}
login(loginForm: FormGroup): Observable<AccessToken> {
const body = new URLSearchParams();
body.set('username', loginForm.get('email')?.value);
body.set('password', loginForm.get('password')?.value);
const options = {
headers: new HttpHeaders().set('Content-type', 'application/x-www-form-urlencoded'),
body: body.toString()
};
return this.apiRequest<AccessToken>('token', "POST", options);
}
register(form_firstname: string, form_lastname: string, form_email: string, form_password: string) {
const payload = { "firstname": form_firstname, "lastname": form_lastname, "email": form_email, "password": form_password };
return this.apiRequest('users', "POST", { body: payload });
}
getProfile(userId?: string): Observable<User> {
if (userId) {
return this.apiRequest<User>('users/' + userId, "GET", {});
}
return this.apiRequest<User>('users/me', "GET", {});
}
editProfile(profileForm: FormGroup, userId: string): Observable<User> {
const payload = {
"id": userId,
"firstname": profileForm.get('firstname')?.value,
"lastname": profileForm.get('lastname')?.value,
"email": profileForm.get('email')?.value,
"password": profileForm.get('password')?.value,
"is_active": profileForm.get('userBlocked')?.value,
"is_admin": profileForm.get('userAdministrator')?.value
};
const options = {
headers: new HttpHeaders().set('Content-type', 'application/x-www-form-urlencoded'),
body: payload
};
return this.apiRequest<User>('users/' + userId, "PATCH", options);
}
getUsers(): Observable<User[]> {
return this.apiRequest<User[]>("users", "GET");
}
isTokenValid(): boolean {
const token = localStorage.getItem("accessToken");
if (token != null) {
const exp = jwtDecode(token).exp;
Eif (exp != null && exp > (Date.now() / 1000)) { // Divide by 1000 to get same timestamp length
return true;
}
}
localStorage.removeItem('accessToken');
return false;
}
loggedInUserSubscribe() {
this.loggedInUserBehaviorSubject$.subscribe({
next: isUserLoggedIn => {
if (isUserLoggedIn) {
Eif (this.cloudStatusSubscription === undefined || this.cloudStatusSubscription.closed) {
// also subscribes to device if backend is up
this.statusSubscribe();
}
}
else {
this.cloudStatusSubscription?.unsubscribe();
this.devicesSubscription?.unsubscribe();
}
},
error: (err) => {
console.log(err);
}
});
}
deviceSubscribe(initialDelay?: number) {
this.devicesSubscription?.unsubscribe();
Iif (this.devicesBehaviorSubject$.closed || !this.devicesBehaviorSubject$.observed) {
this.devicesBehaviorSubject$ = new BehaviorSubject<Device[]>([]);
}
this.devicesSubscription = this.callPeriodicallyBehaviorSubject(
() => this.getDevices(),
this.devicesBehaviorSubject$,
1000 * this.devicesRefreshTime,
initialDelay,
);
}
statusSubscribe(initialDelay?: number) {
this.cloudStatusSubscription?.unsubscribe();
this.cloudStatusSubscription = this.callPeriodicallyBehaviorSubject(
() => this.getStatus(),
this.cloudStatusBehaviorSubject$,
1000 * this.statusRefreshTime,
initialDelay,
);
}
}
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